Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A case for a communication device, comprising: a weapon; deployment structure configured to activate the weapon; a front portion comprising an opening to access a screen of the communication device, said front portion having a peripheral frame around said opening and at least one opening to accommodate a speaker in the communication device; a back portion including a portion configured to receive said weapon and said deployment structure, wherein said case is configured to securely hold said communication device within said case.
A protective case for a communication device, such as a smartphone, integrates a weapon and a deployment mechanism to activate the weapon. The case is designed to securely hold the communication device while providing access to its screen and speaker. The front portion of the case features an opening aligned with the device's screen, surrounded by a peripheral frame, and includes additional openings to accommodate the device's speaker. The back portion of the case houses the weapon and the deployment mechanism, which is triggered to activate the weapon when needed. The case ensures the communication device remains securely in place while allowing full functionality of its display and audio components. This design enables the communication device to serve as a concealed weapon carrier, providing a means of defense or offense while maintaining the device's primary function as a communication tool. The integration of the weapon and deployment mechanism within the case structure ensures discreet and accessible weapon deployment when required.
2. The case of claim 1 , wherein said weapon includes a sharpened blade that is retractable within a containment structure such that said blade is deployed by activation of said deployment structure.
A retractable weapon system is disclosed, addressing the need for a concealed and deployable blade mechanism. The weapon includes a sharpened blade housed within a containment structure, allowing the blade to be retracted and protected when not in use. The blade is deployed by activating a deployment structure, which extends the blade from the containment structure for use. The containment structure ensures the blade remains concealed and safe when retracted, while the deployment mechanism provides controlled extension when needed. This design enhances portability and safety by preventing accidental exposure of the blade. The retractable feature allows the weapon to be carried discreetly, while the deployment mechanism ensures the blade is readily available when required. The system may include additional features such as locking mechanisms to secure the blade in either the retracted or deployed position, further improving safety and functionality. The weapon is particularly useful in applications where concealment and quick deployment are essential, such as personal defense or tactical operations. The retractable blade design minimizes the risk of injury during transport or storage while maintaining the weapon's effectiveness when in use.
3. The case of claim 2 , wherein said deployment structure includes a switch that is configured to retract said blade from said case upon activation of said switch.
4. The case of claim 1 , wherein said weapon comprises a firearm having at least one barrel and a chamber for receiving at least one round of ammunition, such that activation of said deployment structure fires said ammunition.
5. The case of claim 4 , wherein said firearm has at least two barrels each of which can be chambered with at least one round of ammunition.
6. The case of claim 1 , wherein said communication device is a cell phone and wherein said opening in said front portion exposes a screen of said cell phone.
7. The case of claim 6 , further comprising a plurality of buttons on a side of said case each configured to actuate a different corresponding input device on said cell phone.
8. The case of claim 1 , wherein said front portion and said back portion are configured to be disassembled for removal of said communication device without using any tool.
9. The case of claim 1 , wherein said back portion includes an opening to accommodate a camera on a back of said communication device.
10. A method of assembling a communication device within a case, comprising the case of claim 1 and including the steps of: placing the communication device within an interior space of said case; and securing the communication device within the case.
11. The case of claim 1 , wherein said case includes a component that is configured to secure said communication device within said case.
12. The case of claim 11 , wherein said case includes a component that is configured to secure said communication device within said case.
A system for securing a communication device within a protective case is disclosed. The communication device, such as a smartphone or tablet, is prone to damage from drops, impacts, or environmental exposure. Existing cases may not provide adequate retention, leading to accidental dislodgment or insufficient protection. The invention addresses this by incorporating a specialized component within the case that ensures the communication device remains securely held in place. This component may include adjustable straps, locking mechanisms, or integrated grips that prevent movement or separation during use. The case itself is designed to fit the specific dimensions of the communication device, with the securing component adaptable to different models or user preferences. The system enhances durability and usability by minimizing the risk of damage or loss while maintaining easy access to the device's features. The securing component may be removable or adjustable to accommodate various attachment methods, such as clips, magnets, or elastic bands, ensuring compatibility with different device sizes and user needs. The overall design prioritizes both protection and convenience, allowing users to carry or use the device without concerns about stability or accidental detachment.
13. The case of claim 11 , wherein said firearm has at least two barrels.
14. The case of claim 11 , wherein said firearm includes a chamber for holding at least two rounds of ammunition.
15. The case of claim 11 , wherein said firearm can be disassembled from said case.
A system for securely storing and transporting a firearm includes a case designed to hold the firearm in a locked state, preventing unauthorized access. The case is constructed to allow the firearm to be disassembled while inside, enabling partial or full disassembly for maintenance, cleaning, or inspection without removing the firearm from the case. The case may include locking mechanisms to secure the firearm in place during transport and storage, ensuring safety and compliance with regulations. The design allows for controlled access, where only authorized users can unlock and disassemble the firearm as needed. This system addresses the need for secure firearm storage that also facilitates routine maintenance without compromising safety or requiring removal from the case. The case may incorporate additional features such as tamper-resistant locks, biometric authentication, or electronic monitoring to enhance security. The ability to disassemble the firearm within the case ensures that maintenance tasks can be performed in a controlled environment, reducing the risk of accidental discharge or unauthorized handling. The system is particularly useful for law enforcement, military, or personal use where secure storage and easy access for maintenance are critical.
16. The case of claim 11 , wherein said firearm is configured having at least one barrel and a chamber for receiving said bullet as part of a round of ammunition, such that activation of said trigger fires said bullet from said firearm.
A firearm system is designed to enhance safety and functionality by integrating a trigger mechanism with a bullet detection system. The firearm includes at least one barrel and a chamber for loading a bullet as part of a round of ammunition. When the trigger is activated, the firearm fires the bullet. The system further incorporates a sensor or detection mechanism that identifies the presence of a bullet in the chamber or barrel, ensuring proper alignment and readiness for firing. This detection system may include optical, mechanical, or electronic sensors that verify the bullet's position before the trigger is pulled, reducing the risk of misfires or malfunctions. The firearm may also feature a safety interlock that prevents firing unless the bullet is correctly detected, enhancing user safety. The design ensures reliable operation by confirming the bullet's presence and proper loading before allowing the trigger to engage the firing mechanism. This system is particularly useful in high-precision applications where accuracy and safety are critical.
17. The case of claim 11 , wherein said firearm is configured having at least one barrel and a chamber for receiving said bullet.
18. The case of claim 17 , wherein said bullet is expelled from said firearm by use of compressed air or a separate gunpowder cartridge.
19. A case for a communication device, comprising: a firearm including a deployment structure having a trigger configured to fire a bullet from the firearm; a front portion comprising an opening to access a screen of the communication device, said front portion having a peripheral frame around said opening and at least one opening to accommodate a speaker in the communication device; and a back portion including a portion configured to receive said firearm, wherein said case is configured to securely hold said communication device within said case.
20. A method of assembling a communication device within a case, comprising the steps of: providing a case including: a firearm including at least one barrel, a chamber for receiving at least one round of ammunition, and a deployment structure having a trigger configured to fire a bullet from the firearm, a front portion comprising an opening to access a screen of the communication device, said front portion having a peripheral frame around said opening and at least one opening to accommodate a speaker in the communication device, and a back portion including a portion configured to receive said firearm, wherein said case is configured to securely hold said communication device within said case; placing the communication device within an interior space of said case; and securing the communication device within the case.
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February 16, 2021
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